Real-Time Visibility for AI Agents. Automatic Detection & Prevention.
Prevent credential theft, SSH-key leakage, and data exfiltration — automatically, before the damage is done.
Imunify watches every file an AI agent opens, every connection it makes, and every command it runs on your servers — and blocks the dangerous ones automatically, before they complete.
Currently onboarding select hosting providers. No credit card required.
AI agents access emails, keys, tokens, and files.
One prompt injection — and it all leaks.
Sensitive data exposure
Agents read user emails, SSH keys, API tokens, and cloud credentials to do their job. A single prompt injection — hidden in a web page, a document, or a message — can trick the agent into exfiltrating all of it. You'd never know.
Harmful actions on your server
A compromised agent doesn't just leak data — it can run destructive commands, escalate privileges, or open reverse shells. Traditional monitoring sees CPU spikes, not sudo rm -rf / until it's too late.
You need agents — and safe
Disabling AI agents isn't an option. You need them at full speed while credential theft, data leaks, and harmful operations are blocked automatically — without slowing anyone down.
Five layers of interception.
Zero blind spots.
Imunify doesn't stop at filtering prompts or proxying API calls — it also enforces deep at the Linux kernel, where every file open, network connection, and process execution must pass. When something is suspicious, a human decides. The agent cannot bypass what it cannot see.
Beyond single events: full-turn analysis
Reading a config file is safe. An HTTP call is safe. But reading a config file then sending it over HTTP is data exfiltration. Imunify correlates the whole agent turn — catching multi-step attacks where each step looks innocent.
Auto-Decision
750+ rules evaluate every event. Known threats are blocked instantly; safe operations pass with zero added latency.
Human-in-the-Loop
Suspicious operations are held for your approval via Telegram, Discord, or the Web Panel. Allow once, for the session, or always.
Beyond single events: full-turn analysis
Most security tools evaluate events one at a time. Imunify analyzes the entire chain of actions within an agent's turn. Reading a config file is safe. Making an HTTP call is safe. But reading a config file then sending its contents over HTTP is data exfiltration. The cross-event correlation engine connects the dots across the full sequence — catching multi-step attacks where each individual step looks innocent.
Integrations for AI agents on Linux
Full integrations are available for OpenClaw and Hermes Agent. Dedicated coding-agent integrations and support for additional Linux AI runtimes are coming next.
OpenClaw
Application hooks + kernel enforcement. Tool-call gating, message filtering, content scanning.
Hermes Agent
Application hooks + kernel enforcement. Tool-call and message gating, LLM input/output monitoring.
Claude Code / Codex
Dedicated integrations for coding agents are in development — tool-call gating, message filtering, and kernel enforcement.
Any AI agent
Support for additional AI runtimes is in development, with file, network, exec, and process protection.
Secure your AI infrastructure
We're onboarding hosting providers into our Priority Access program. Deploy Imunify across your fleet and see what AI agents are really doing on your servers.
Common questions
No. Kernel-level enforcement (eBPF, fanotify, seccomp) intercepts syscalls transparently — no code changes, no SDK integration. For supported agents like OpenClaw, an optional plugin adds deeper tool-call and message filtering. Installation is a single command.
All operations are blocked. Imunify is fail-closed by design. If the security layer becomes unavailable, monitored processes cannot access files, execute binaries, or make connections. Your infrastructure is never left unprotected.
Allow/deny decisions for known-safe operations happen in microseconds with zero perceived latency. Only operations held for human approval introduce delay — and that delay is intentional.
Containers isolate at the process boundary. Imunify inspects at the syscall level — it sees the path, checks it against 750+ rules, and blocks credential access while allowing legitimate work. Containers contain. Imunify understands.
Prompt guardrails filter text. If an agent is jailbroken or injected into bypassing its own guardrails, they fail. Imunify enforces in the kernel — below the application, below the runtime. The agent cannot bypass eBPF because it operates in the kernel, not the agent's process space.